Professional Summary

• Responsible Software Engineer proficient in maintenance and development.
• Works with a quest and zeal to learn new technologies and undertake challenging tasks. Passionate and motivated, with a drive for excellence.
• Having 3 years of professional work experience in Development, Support and Testing.
• Expertise in Telecom Billing Domain.
• Currently working with Amdocs as Software Support Engineer in Invoicing Component of the Billing Product.
• Good Understanding of technologies like C, C++, Java, MySQL, HTML5, Javascript, JSON, JQuery and assembly language.
• Strong analytical and problem solving skills as well as excellent written and oral communication skills.

Work Experience

  Software Support Engineer
  2016 - Present
  Project : Core Product Support Team (Invoicing Component)
        Technology : C++, C, Java, Unix, PLSQL

• Handling Core Billing Product.
• Provided End to End support to the customers using Amdocs Billing Product.
• Handled issues encountered by the clients.
• Analyzed root cause and fixed defects in the Product when found.
• Understanding End to End business and working of the Billing product.

  Junior Software Developer
  2013 - 2014
  Project : Sabre Holdings
        Technology : TPF (Training for 3 months), C++, Linux, Shell Scripting

• The project was to upgrade existing system from RedHat v4 to RedHat v6.
• Also served in support and maintenance for the same project.

Projects

• My Website
  This is my first Website Project & I have published it on github.
  Link: Git Hub Repository



• Worked on NS2 to simulate an improved version of AODV Routing Protocol for MANETS.
  Thesis: Mobile ad-hoc Networks are getting popular day by day. MANETS consist of several mobile devices without an access point. The main downfall of MANETS is their security. With day by day increase in use of mobile devices it is very important for routing protocols to be secure and sound.
  Paper published: Security Enhancements in AODV for Improved Performance and Efficiency.
  Dissertation Project: Improving Performance And Security For AODV Routing Protocol In MANETs.



• Developed an implementation model for the well known Maekawa's voting algorithm.
  Thesis: Maekawa's algorithm is used for mutual exclusion in distributed systems. The model implements the algorithm wherein sites compete within a request set to execute their critical sections.